WEBVTT - From the Vault: Strange Ice, Part 2

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<v Speaker 1>Hey, you welcome to Stuff to Blow your Mind. My

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<v Speaker 1>name is Robert Lamb. Today is Saturday, So once again

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<v Speaker 1>we venture into the vault to finish up our two

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<v Speaker 1>parter on strange Ice. This episode originally published two one,

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<v Speaker 1>twenty twenty four. Let's dive right in.

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<v Speaker 2>Welcome to Stuff to Blow Your Mind, the production of iHeartRadio.

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<v Speaker 1>Hey you welcome to Stuff to Blow your Mind. My

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<v Speaker 1>name is Robert.

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<v Speaker 3>Lamb, and I am Joe McCormick, and we're back with

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<v Speaker 3>part two of our look at Strange Ice. Now, initially

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<v Speaker 3>we didn't know this was going to be a two

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<v Speaker 3>part series. Last time, we looked at odd ice formations

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<v Speaker 3>that can occur on Earth, such as the main one

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<v Speaker 3>I looked at was this thing called nieves penitentes or

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<v Speaker 3>just penitentes, which are these very strange sort of blades

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<v Speaker 3>or spikes or pinnacles of ice that you can sometimes

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<v Speaker 3>find in high mountain ranges, especially in the dry Andies.

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<v Speaker 3>And we looked at a historical anecdote of Charles Darwin

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<v Speaker 3>trekking across the Andes and coming across a field of

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<v Speaker 3>these things, one that had a horse frozen inside it.

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<v Speaker 3>But we also looked at ice formations such as ball ice,

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<v Speaker 3>candle ice, rotten ice, and a lot of other creepy, interesting,

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<v Speaker 3>physically counterintuitive ways that ice can form or decompose. And

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<v Speaker 3>so we're coming back today to talk some more about

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<v Speaker 3>strange ice.

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<v Speaker 1>Yeah, I guess this episode's kind of a release valve

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<v Speaker 1>from the last episode. There were a number of threads

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<v Speaker 1>that had come up in our research that we just

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<v Speaker 1>had to continue to pursue. So some of these are

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<v Speaker 1>definitely still going to deal with direct examples of ice

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<v Speaker 1>manifesting in a way that we might think of as weird,

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<v Speaker 1>behaving in a way that some people might think of

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<v Speaker 1>as weird. But we'll also get into some some I

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<v Speaker 1>thought very fascinating and haunting folk traditions concerning the ice.

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<v Speaker 3>All right, what have you got, Rob.

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<v Speaker 1>So in the last episode we discussed mostly in passing

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<v Speaker 1>the dangers of ice, specifically coastal sea ice and any

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<v Speaker 1>sort of icy environment that humans will attempt to traverse

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<v Speaker 1>or in any way exploit for hunting, fishing, recreation, scientific purposes. Specifically,

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<v Speaker 1>thinking about rotten ice, you know, the idea that it's

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<v Speaker 1>just not safe to venture upon. And I imagine we

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<v Speaker 1>have plenty of listeners out there who grew up in

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<v Speaker 1>places with icy environments who can attest to the dangers

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<v Speaker 1>of ice that. I mean, there's just so many ways

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<v Speaker 1>that it can potentially be dangerous. There's, of course, you

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<v Speaker 1>know the fact that ice can be slippery, You can fall,

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<v Speaker 1>and if you fall on ice, it is hard, and

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<v Speaker 1>you know that can hurt you as well. Then you

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<v Speaker 1>get into areas where ice may give way, It may

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<v Speaker 1>plunge us into freezing water, It may plunge us into

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<v Speaker 1>hollow areas where the water is drained out, and so forth.

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<v Speaker 1>There are so many ways that ice can pose a danger.

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<v Speaker 1>Ice can also just be physically heavy as well.

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<v Speaker 3>Yeah, the danger of plunging through ice into a hazard

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<v Speaker 3>below is not only the case on say like a

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<v Speaker 3>frozen pond or lake or something. But think about what

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<v Speaker 3>happened to that horse that Charles Darwin came across. We

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<v Speaker 3>don't know, but he speculated, well, maybe when the snow

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<v Speaker 3>was packed higher, it somehow like fell into a hole

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<v Speaker 3>or crevasse in the ice and then and then died

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<v Speaker 3>like that, and then the rest of it sublimated away

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<v Speaker 3>around it.

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<v Speaker 1>Yeah, and you don't even have to have really extreme

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<v Speaker 1>environments for potentially dangerous examples of this from occurring. Like

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<v Speaker 1>I remember as a kid encountering situations where you'd have

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<v Speaker 1>like a bog or you know, a marshy area, and

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<v Speaker 1>you would have a situation where you would have this

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<v Speaker 1>sort of ice cap on top, and I guess like

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<v Speaker 1>the water drained down during the melting, and so you'd

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<v Speaker 1>have this this thin layer of ice on and you

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<v Speaker 1>could fall down through it potentially or climb down through

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<v Speaker 1>it and play in it as a child, And so yeah,

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<v Speaker 1>I guess that's one of the things that we'll be

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<v Speaker 1>getting into here, is like ice creates unique environments that,

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<v Speaker 1>especially to a child, can be as intriguing as they

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<v Speaker 1>are potentially hazardous.

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<v Speaker 3>I'm just thinking now about little rob climbing down through

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<v Speaker 3>the ice to play in the bog. Yeah.

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<v Speaker 1>Yeah, that was part of my childhood. So yeah, I

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<v Speaker 1>think it should come as no surprise that there are

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<v Speaker 1>traditional tales and folk traditions seemingly meant to keep children

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<v Speaker 1>away from ice, Because again, ice is great fun, children

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<v Speaker 1>are curious, and since time out of Mind parents have

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<v Speaker 1>invented and passed down tales of perhaps more embodied threats

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<v Speaker 1>monsters to scare children away from potentially dangerous environments. Now

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<v Speaker 1>this may ring a bell because we discussed one of

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<v Speaker 1>these on the podcast a few years back. This would

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<v Speaker 1>be Jenny green Teeth, a river hag of English folklore,

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<v Speaker 1>understood as a kind of nursery boogie to keep children

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<v Speaker 1>away from the water's edge, bogie rather not boogie.

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<v Speaker 3>Yeah. I think Jenny could be used to warn children

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<v Speaker 3>of the dangers of water in multiple environments. But the

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<v Speaker 3>one that I remember being really salient was like in

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<v Speaker 3>certain regions of England, there might be places where there

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<v Speaker 3>were holes or pits in the ground, maybe marl pits

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<v Speaker 3>or something like that, that had been hollowed out and

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<v Speaker 3>then filled in with water. And sometimes this water would

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<v Speaker 3>have coverings of like algae or plant matter or something

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<v Speaker 3>on top of it that would just make it look

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<v Speaker 3>very green, make it look like it was just you know,

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<v Speaker 3>a continuation of the grass almost yeah.

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<v Speaker 1>Yeah, And you know, look to your point. You know,

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<v Speaker 1>once you have a folk creation like this, it can

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<v Speaker 1>be deployed in various ways. It can sort of take

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<v Speaker 1>on different meanings and different stressors in different stories. But

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<v Speaker 1>there are many variations on this theme in global traditions

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<v Speaker 1>where there's some sort of supernatural being it is associated

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<v Speaker 1>with the water and the dangers of the water, especially

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<v Speaker 1>for young children. The Japanese Kappa is one that we've

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<v Speaker 1>also discussed in the past. This sometimes takes on these connotations,

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<v Speaker 1>and then of course this is another thing we're discussed

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<v Speaker 1>in the show before. There's of course the nineteen seventy

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<v Speaker 1>three British public information film Lonely Water, also known as

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<v Speaker 1>the Spirit of Dark and Lonely Water, featuring the voice

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<v Speaker 1>of Donald Pleasance. This very much carries on the tradition here,

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<v Speaker 1>and it's often discussed as something that traumatized an entire

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<v Speaker 1>generation of British children.

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<v Speaker 3>It sounds like it worked. I mean, are you going

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<v Speaker 3>to go play in the flooded mind pits now?

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<v Speaker 1>Yeah? You know. It's a complicated topic though, the use

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<v Speaker 1>of boogiemen and boogie women, I guess to frightened children.

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<v Speaker 1>I remember reading about some of the works of Francisco

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<v Speaker 1>Goya in which he was criticizing this and and like

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<v Speaker 1>tying in this whole idea that like, by having parents

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<v Speaker 1>that invoke supernatural threats to keep children in line, they're

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<v Speaker 1>not only potentially protecting their child from these threats, but

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<v Speaker 1>they're also instilling supernatural belief at an early age that

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<v Speaker 1>then you know, matures and becomes these other modes of

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<v Speaker 1>supernatural belief that to some may be seen as more

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<v Speaker 1>harmful in their adulthood.

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<v Speaker 3>So, like his idea is, if you teach a child

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<v Speaker 3>to fear spectral dangers, even if it's useful in keeping

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<v Speaker 3>them away from a real physical danger in childhood, maybe

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<v Speaker 3>they just grow up to continue to project spectral dangers

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<v Speaker 3>that are not necessary.

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<v Speaker 1>Yeah, I believe that's the argument. Though. Of course this

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<v Speaker 1>is a complicated issue, so you know, obviously it's there

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<v Speaker 1>are a lot of a lot of ins and outs here,

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<v Speaker 1>so I don't want to simplify it too much. But

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<v Speaker 1>it's interesting to think about, like what is mean when

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<v Speaker 1>you introduce something like this? What does it mean when

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<v Speaker 1>you introduces something that's not even tied to scaring children

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<v Speaker 1>so much, like something like a Santa Claus or Easter bunny?

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<v Speaker 1>You know what effect does that have? And of course

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<v Speaker 1>you know a lot has been written and continues to

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<v Speaker 1>be written and said about this. So anyway, given all

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<v Speaker 1>of this, it again should comes no surprise that there

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<v Speaker 1>are traditions that involve creating supernatural entities or monstrous entities

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<v Speaker 1>that are associated with the dangers of ice and keeping

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<v Speaker 1>children away from the ice. So I want to turn

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<v Speaker 1>to a couple of these from Native American First Nations traditions.

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<v Speaker 1>The first of these is the Abo dampkin. This. I

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<v Speaker 1>was reading about this in the Dictionary of Native American

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<v Speaker 1>Mythology by Sam D. Gill and Irene F. Sullivan. This

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<v Speaker 1>is apparently an entity in the traditions of the Malaset

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<v Speaker 1>and Passimaquadi people in what is now the Canadian province

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<v Speaker 1>of New Brunswick and the US state of Maine. The

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<v Speaker 1>authors here describe it as a boogie monster with long

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<v Speaker 1>hair and huge teeth. Quote. Fear of him keeps small

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<v Speaker 1>children from straying on thin, newly frozen ice in the

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<v Speaker 1>winter and unguarded beaches in the summer.

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<v Speaker 3>Oh so is this creature in the water?

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<v Speaker 1>Yeah? Yeah, I was looking for more information on this

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<v Speaker 1>and according to Native languages as Native hyphen Languages dot org,

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<v Speaker 1>it is also sometimes sometimes described as a fanged sea serpent,

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<v Speaker 1>sometimes with like long red hair, and some accounts say

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<v Speaker 1>that it might have once been a human woman and

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<v Speaker 1>was transformed into this state. And despite the fact that

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<v Speaker 1>some Western interpretations apparently have classified this is a kind

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<v Speaker 1>of vampire. It is actually better thought of as a

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<v Speaker 1>sea monster. So yeah, this would be something that dwells

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<v Speaker 1>within the water. Now. Another one that I was reading

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<v Speaker 1>about this one is also a number of review may

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<v Speaker 1>be familiar with, is the Qualipeluit. This is an entity

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<v Speaker 1>in the traditions of the Inuit, and there's an excellent

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<v Speaker 1>ride up about it on the Kikwitani Inuit Association's Inuit

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<v Speaker 1>Myths and Legends website. That's Inuit Myths dot Com, which

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<v Speaker 1>features some just haunting artwork and also text that is

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<v Speaker 1>available in both English and Inuit. Joe I included one

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<v Speaker 1>of these images from the website here that is just

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<v Speaker 1>absolutely terrifying.

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<v Speaker 3>Yeah, extremely Oh no, and it's like snatching a baby.

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<v Speaker 1>That's what they do. Yeah, yeah, yeah. The website describes

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<v Speaker 1>them as scaly marine humanoids that reek of sulfur, and yeah,

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<v Speaker 1>they snatch children. They prey on children who play alone

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<v Speaker 1>on the beach or get too close to breaking ice.

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<v Speaker 1>They may also feature pouches on their back to stuff

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<v Speaker 1>children in. I couldn't tell. It seemed ambiguous based on

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<v Speaker 1>the entry and based on the illustrations. There are a

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<v Speaker 1>couple of additional illustrations on the website whether this pouch

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<v Speaker 1>is in their clothing or if this is a pouch

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<v Speaker 1>in their body. Here's a haunting excerpt from the inuitens

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<v Speaker 1>dot com website quote. Usually the qualipi luit jump out

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<v Speaker 1>of the water and grab children without any warning. Sometimes, however,

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<v Speaker 1>you can hear them knocking under the ice. Some elders

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<v Speaker 1>have said that if the ocean begins to become wavy

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<v Speaker 1>in an area, or steam begins to rise from the ocean,

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<v Speaker 1>a qualipiluit might be hiding underneath the water.

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<v Speaker 3>This one is so scary.

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<v Speaker 1>Yeah, yeah, absolutely. I love the idea that of one

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<v Speaker 1>of these creatures underneath the ice, like tapping or knocking

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<v Speaker 1>at it, especially.

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<v Speaker 3>Especially because if you ever do have experiences out on

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<v Speaker 3>ice over a frozen body of water, you can hear

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<v Speaker 3>strange sounds emanating from below.

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<v Speaker 1>That's right, right, And one of the things we'll get

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<v Speaker 1>into your hair in a bit is things that can

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<v Speaker 1>suddenly occur that also have sounds regarding the ice, especially

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<v Speaker 1>the ice close to the shore. So the direct line

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<v Speaker 1>was not made between these two topics and the material

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<v Speaker 1>I was looking at, But I can't help but think

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<v Speaker 1>about it now that I've researched it a little bit.

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<v Speaker 1>But anyway, I highly recommend inuitmths dot com, the website

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<v Speaker 1>futures profiles, and a handful of other mythological beings and creatures,

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<v Speaker 1>including the two Knit who I mentioned in a recent

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<v Speaker 1>Monster Fact episode. Wow. All right, so I mentioned the

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<v Speaker 1>ice making sounds. So I want to move on now

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<v Speaker 1>to the topic of what is known as ice shove. Now,

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<v Speaker 1>this is more of a clear example of weird ice,

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<v Speaker 1>or rather ice behaving in a way that many myths

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<v Speaker 1>might think of as weird. Though for a number of

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<v Speaker 1>you out there, ice shove is just a reality, potential

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<v Speaker 1>reality of the winter months. I was reading about this

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<v Speaker 1>in Barry Lopez's Arctic Dreams, and he mentions there's a

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<v Speaker 1>whole passage where he's talking about like long stillness broken

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<v Speaker 1>by sudden moves as sort of a hallmark of Arctic landscapes,

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<v Speaker 1>and he ties this also into just like a sense

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<v Speaker 1>of patience that is also that he observed as being

0:13:08.720 --> 0:13:13.800
<v Speaker 1>present in native populations and indigenous peoples. But he cites

0:13:13.840 --> 0:13:17.640
<v Speaker 1>an example of this ice shove concerning the breaking of

0:13:17.640 --> 0:13:21.200
<v Speaker 1>both river ice and sea ice, and for river ice.

0:13:21.240 --> 0:13:25.160
<v Speaker 1>Lopez describes it as follows, quote pistol reports of cracking

0:13:25.200 --> 0:13:28.120
<v Speaker 1>on the river, and then the sound of breaking branches

0:13:28.200 --> 0:13:31.000
<v Speaker 1>and the whining pop of a falling tree. Is the

0:13:31.040 --> 0:13:34.800
<v Speaker 1>careening blocks of ice gouge the river banks. And he

0:13:34.880 --> 0:13:39.120
<v Speaker 1>describes the sea ice variation as follows quote Suddenly, in

0:13:39.120 --> 0:13:41.920
<v Speaker 1>the middle of winter and without warning, a huge piece

0:13:41.920 --> 0:13:46.120
<v Speaker 1>of sea ice surges hundreds of feet inland like something alive,

0:13:47.040 --> 0:13:53.000
<v Speaker 1>and he cites the inopiat word ivu. I hope I'm

0:13:53.000 --> 0:13:58.080
<v Speaker 1>pronouncing that right. My apologies for any mispronunciations on these terms.

0:13:58.920 --> 0:14:01.720
<v Speaker 1>And it is also as ice shove. I've also seen

0:14:01.720 --> 0:14:05.199
<v Speaker 1>it referred to as ice tsunamis, along with a number

0:14:05.240 --> 0:14:09.400
<v Speaker 1>of other English names. Ice shoves are generally classified as

0:14:09.840 --> 0:14:15.840
<v Speaker 1>onshore ice pushes caused by wind currents, changes in temperature,

0:14:15.920 --> 0:14:20.440
<v Speaker 1>and other causes. As meteorologist Matthew Capucci explained it in

0:14:20.480 --> 0:14:23.480
<v Speaker 1>a twenty twenty Washington Post article, there are a lot

0:14:23.480 --> 0:14:26.680
<v Speaker 1>of explainers out these out there that often pop up

0:14:26.960 --> 0:14:31.960
<v Speaker 1>when exceptional or notable examples of ice shoves occur, and

0:14:32.160 --> 0:14:36.080
<v Speaker 1>this I believe is one of those cases. This meteorologists

0:14:36.080 --> 0:14:38.320
<v Speaker 1>pointed out that as the wind blows over a long

0:14:38.360 --> 0:14:40.880
<v Speaker 1>sheet of ice, it can give that sheet of ice

0:14:41.000 --> 0:14:45.600
<v Speaker 1>enough momentum that it can't stop when pushed against the shore. Instead,

0:14:45.760 --> 0:14:49.400
<v Speaker 1>it fragments, and then the fragments pile up in heaps

0:14:49.440 --> 0:14:52.560
<v Speaker 1>of shattered ice on the coast. Conditions have to be

0:14:52.640 --> 0:14:55.080
<v Speaker 1>just right. The ice has to be thin enough, it

0:14:55.120 --> 0:14:58.200
<v Speaker 1>has to be brittle enough, and it generally only piles

0:14:58.280 --> 0:15:01.160
<v Speaker 1>up a few feet onto the shore. But there are

0:15:01.200 --> 0:15:04.200
<v Speaker 1>of course exceptional examples where things get much higher, or

0:15:04.240 --> 0:15:07.760
<v Speaker 1>they go up the shore a little bit more. Apparently

0:15:07.800 --> 0:15:11.200
<v Speaker 1>some places are more ideal for it. I saw Lake

0:15:11.560 --> 0:15:14.120
<v Speaker 1>Erie pointed out in this article due to its length

0:15:14.200 --> 0:15:18.480
<v Speaker 1>and particular orientation. And again there's some pretty exceptional examples.

0:15:18.480 --> 0:15:21.400
<v Speaker 1>In June of twenty eleven, along the Chuck Chisea coast

0:15:21.480 --> 0:15:25.760
<v Speaker 1>in Alaska, ice shove piled up fifteen feet, and I've

0:15:25.800 --> 0:15:28.600
<v Speaker 1>seen it record heights as high as like forty feet

0:15:28.680 --> 0:15:31.360
<v Speaker 1>in some cases. So that's like a forty foot wall

0:15:31.520 --> 0:15:34.480
<v Speaker 1>of ice fragments piling up along the coast.

0:15:34.760 --> 0:15:35.280
<v Speaker 3>Yikes.

0:15:35.720 --> 0:15:40.320
<v Speaker 1>Yeah, And Lopez's ice shove measurements here Seaman keeping with

0:15:40.680 --> 0:15:43.920
<v Speaker 1>the measurements I'm seeing in twenty twenty and ice shove

0:15:44.000 --> 0:15:47.280
<v Speaker 1>on Lake Winnebago was, according to NBC twenty six out

0:15:47.320 --> 0:15:51.480
<v Speaker 1>of Northeastern Wisconsin quote, a couple of hundred feet long

0:15:51.800 --> 0:15:55.520
<v Speaker 1>and taller than the supper club itself. What does that

0:15:55.600 --> 0:15:58.440
<v Speaker 1>quote mean? I'm taking it out of context. The article

0:15:58.640 --> 0:16:02.720
<v Speaker 1>had this a foot of the ice shove piled up

0:16:02.800 --> 0:16:05.120
<v Speaker 1>next to Jim and Linda's Lake Shore supper club in

0:16:05.160 --> 0:16:08.280
<v Speaker 1>the town of Pipe. Appears to be like a single

0:16:08.280 --> 0:16:11.160
<v Speaker 1>floor building. But still that is a lot of ice.

0:16:11.200 --> 0:16:14.600
<v Speaker 1>Like that's a huge wall of moving ice or I

0:16:14.600 --> 0:16:16.840
<v Speaker 1>mean it's no longer moving, but you know, still it

0:16:16.880 --> 0:16:19.480
<v Speaker 1>has moved up, it has advanced in a way that

0:16:19.600 --> 0:16:20.240
<v Speaker 1>is concerning.

0:16:20.600 --> 0:16:23.040
<v Speaker 3>The supper club is threatened. They're gonna get ice in

0:16:23.080 --> 0:16:25.800
<v Speaker 3>their hot dish.

0:16:26.520 --> 0:16:28.800
<v Speaker 1>Oh man. Wow.

0:16:29.440 --> 0:16:31.880
<v Speaker 3>So I looked up a few pictures of this, and

0:16:31.920 --> 0:16:35.120
<v Speaker 3>it is alarming because, yeah, you can see cases where

0:16:35.320 --> 0:16:38.400
<v Speaker 3>I guess these are lakeside houses where the ice is

0:16:38.480 --> 0:16:40.760
<v Speaker 3>just shoved right up against the house like you're saying,

0:16:40.760 --> 0:16:43.360
<v Speaker 3>happen to the supper club here, and in some cases

0:16:43.400 --> 0:16:46.560
<v Speaker 3>shoved into the house and apparently causes damage, like you know,

0:16:46.640 --> 0:16:48.000
<v Speaker 3>busts the wall or something.

0:16:48.400 --> 0:16:51.560
<v Speaker 1>Yeah. Yeah, so I you know, I guess It's the

0:16:51.640 --> 0:16:53.400
<v Speaker 1>kind of thing where you had observed it and you

0:16:53.440 --> 0:16:57.040
<v Speaker 1>knew that it can kind of occur. Suddenly you you

0:16:57.160 --> 0:16:59.960
<v Speaker 1>might have that in your mind when can try to

0:17:00.120 --> 0:17:02.000
<v Speaker 1>convince the children not to play too close to the

0:17:02.040 --> 0:17:05.960
<v Speaker 1>ice sometimes, though it also seems like a rare it's

0:17:06.000 --> 0:17:08.639
<v Speaker 1>not so regular in occurrence that it really would happen

0:17:08.720 --> 0:17:11.960
<v Speaker 1>all of the time. And coming back to our point earlier,

0:17:12.080 --> 0:17:14.720
<v Speaker 1>there are a number of other more common things that

0:17:14.760 --> 0:17:17.399
<v Speaker 1>could be dangerous about the ice and the ice at

0:17:17.440 --> 0:17:20.600
<v Speaker 1>the edge of the coast. Or of course, even when

0:17:20.640 --> 0:17:22.840
<v Speaker 1>the ice is melted like the water's edge can still

0:17:22.840 --> 0:17:24.600
<v Speaker 1>be dangerous, especially to a young child.

0:17:24.840 --> 0:17:27.120
<v Speaker 3>Yeah, exactly, I mean there's plenty of danger just from

0:17:27.160 --> 0:17:27.720
<v Speaker 3>falling in.

0:17:28.160 --> 0:17:43.439
<v Speaker 1>Yeah. Now, another interesting ice related phenomena I wanted to

0:17:43.440 --> 0:17:46.119
<v Speaker 1>talk about here. There's less to this, and this one

0:17:46.119 --> 0:17:49.040
<v Speaker 1>will be kind of quick, I guess, but I ran

0:17:49.080 --> 0:17:53.040
<v Speaker 1>across this idea of ice blink. It's not so much

0:17:53.119 --> 0:17:57.040
<v Speaker 1>a property of the ice itself, but rather an optical interaction.

0:17:57.280 --> 0:18:01.240
<v Speaker 1>It's essentially a glare in the sky over an ice field,

0:18:01.960 --> 0:18:05.679
<v Speaker 1>though not to be confused with various other various actual

0:18:05.680 --> 0:18:08.480
<v Speaker 1>forms of mirages, such as the fata Morgana, which we've

0:18:08.480 --> 0:18:11.560
<v Speaker 1>discussed in the show before. These are also found in

0:18:11.560 --> 0:18:15.040
<v Speaker 1>the Arctic, and there's an entire chapter in Lopez's book

0:18:15.119 --> 0:18:19.119
<v Speaker 1>Arctic Dreams where he talks about this, about the Northern

0:18:19.200 --> 0:18:22.840
<v Speaker 1>lights and so forth. But basically, ice blink is just

0:18:23.000 --> 0:18:26.760
<v Speaker 1>the bright white reflection in the clouds above an expanse

0:18:26.800 --> 0:18:30.040
<v Speaker 1>of ice. So if you're at sea in the Arctic

0:18:30.760 --> 0:18:33.439
<v Speaker 1>and you see ice blink in the distance and you

0:18:33.480 --> 0:18:35.359
<v Speaker 1>know what you're looking at for and looking at, of

0:18:35.400 --> 0:18:38.480
<v Speaker 1>course you can navigate by it, knowing that this means

0:18:38.480 --> 0:18:44.280
<v Speaker 1>that there's likely a large expanse of ice in that direction. Likewise,

0:18:44.480 --> 0:18:47.320
<v Speaker 1>the opposite is true with water sky. So if you're

0:18:47.480 --> 0:18:50.960
<v Speaker 1>on a great expanse of ice and the overcast sky

0:18:51.240 --> 0:18:54.320
<v Speaker 1>is bright with reflected light, you might see a dark

0:18:54.359 --> 0:18:58.040
<v Speaker 1>patch of sky in the distance that indicates a body

0:18:58.080 --> 0:19:00.920
<v Speaker 1>of open water beneath it. So in other words, it's

0:19:00.920 --> 0:19:03.199
<v Speaker 1>you know, it's the presence of dark clouds over an

0:19:03.240 --> 0:19:07.080
<v Speaker 1>area of open water in a region that is otherwise frozen.

0:19:08.480 --> 0:19:10.880
<v Speaker 1>And this this is you know, these are signs that

0:19:12.160 --> 0:19:15.639
<v Speaker 1>indigenous peoples would have known about and used to navigate,

0:19:16.160 --> 0:19:18.520
<v Speaker 1>and and techniques that would then would have been adopted

0:19:18.560 --> 0:19:22.359
<v Speaker 1>by individuals exploring from other parts of the world. It

0:19:22.400 --> 0:19:24.440
<v Speaker 1>reminds me of some of some of what we discussed

0:19:25.160 --> 0:19:30.360
<v Speaker 1>in our episodes about Pacific navigation and how there are

0:19:30.400 --> 0:19:34.320
<v Speaker 1>signs that the informed mind could look for in the

0:19:34.359 --> 0:19:36.479
<v Speaker 1>sky that would indicate the presence of an island.

0:19:36.800 --> 0:19:38.720
<v Speaker 3>Yeah, that's right. So listeners, if you haven't heard, we

0:19:38.720 --> 0:19:42.040
<v Speaker 3>did a series of while back on yeah, techniques of

0:19:42.160 --> 0:19:47.080
<v Speaker 3>navigation used by Pacific island peoples to make long sea

0:19:47.200 --> 0:19:50.920
<v Speaker 3>voyages without modern instruments and stuff like that, and it's

0:19:51.040 --> 0:19:56.800
<v Speaker 3>amazing how much information you can actually get from things

0:19:56.880 --> 0:20:03.720
<v Speaker 3>like the stars, sea currents, birds and things like that

0:20:03.720 --> 0:20:07.959
<v Speaker 3>that the untrained eye would never understand to interpret as

0:20:08.359 --> 0:20:11.560
<v Speaker 3>relevant information about where the position of an island was

0:20:12.119 --> 0:20:15.199
<v Speaker 3>relative to you. But that was truly one of the

0:20:15.200 --> 0:20:18.199
<v Speaker 3>most mind blowing series I think we've ever done, because

0:20:18.240 --> 0:20:21.639
<v Speaker 3>it just opened my eyes to the fact that there

0:20:22.040 --> 0:20:25.480
<v Speaker 3>is so much information in the world that can be

0:20:25.560 --> 0:20:28.520
<v Speaker 3>exploited if you know what to look for, and to

0:20:28.600 --> 0:20:30.320
<v Speaker 3>a person who doesn't know what to look for, it's

0:20:30.359 --> 0:20:33.480
<v Speaker 3>completely invisible. You'd have no idea that it corresponded to

0:20:33.520 --> 0:20:36.160
<v Speaker 3>any kind of navigationally relevant facts.

0:20:36.680 --> 0:20:38.800
<v Speaker 1>Absolutely, Yeah, it's such a fascinating topic.

0:20:39.280 --> 0:20:41.240
<v Speaker 3>And anyway, yeah, this is another thing like that. I

0:20:41.560 --> 0:20:43.760
<v Speaker 3>never would have thought of this, but this is very

0:20:43.800 --> 0:20:49.199
<v Speaker 3>interesting navigating by the reflection of the surface color of

0:20:49.480 --> 0:20:52.119
<v Speaker 3>a landscape over the horizon as it reflects on the

0:20:53.080 --> 0:20:53.960
<v Speaker 3>clouds in the sky.

0:20:54.480 --> 0:20:56.720
<v Speaker 1>Yeah, because to the untrained eye, you would just think, O,

0:20:56.920 --> 0:21:00.119
<v Speaker 1>dark cloud in the distance. There's a white clouds in

0:21:00.119 --> 0:21:04.040
<v Speaker 1>the distance. But yeah, to know what it means, we

0:21:04.119 --> 0:21:06.240
<v Speaker 1>can give you vital information about where you're going.

0:21:06.560 --> 0:21:10.440
<v Speaker 3>Now, speaking of the color of ice and of sea ice,

0:21:10.480 --> 0:21:13.840
<v Speaker 3>this brings me to something I wanted to talk about today,

0:21:14.359 --> 0:21:19.159
<v Speaker 3>which is the color of icebergs. I was thinking about

0:21:19.160 --> 0:21:23.240
<v Speaker 3>how most icebergs of court, most icebergs and sea ice

0:21:23.600 --> 0:21:27.159
<v Speaker 3>and ice sheets you see are basically white in color.

0:21:27.200 --> 0:21:31.800
<v Speaker 3>But occasionally I will see photos of icebergs that have

0:21:32.480 --> 0:21:36.400
<v Speaker 3>streaks or whole surfaces that are other colors, maybe blue

0:21:36.440 --> 0:21:40.800
<v Speaker 3>icebergs that look very beautiful and strange, and I wonder

0:21:40.920 --> 0:21:43.800
<v Speaker 3>what makes the difference there, So I looked into this

0:21:43.840 --> 0:21:47.960
<v Speaker 3>a little bit. Now, most icebergs are indeed white in color,

0:21:48.000 --> 0:21:52.040
<v Speaker 3>but of course sometimes icebergs of other colors can be found, apparently,

0:21:52.160 --> 0:21:55.480
<v Speaker 3>especially coming off of Antarctica, and we can talk about

0:21:55.600 --> 0:21:59.840
<v Speaker 3>reasons for that. But the white, relatively opaque surface of

0:21:59.840 --> 0:22:05.640
<v Speaker 3>a common iceberg is caused by how ice accumulates, which

0:22:05.760 --> 0:22:09.800
<v Speaker 3>is by adding layers of snow. In most cases, so

0:22:10.119 --> 0:22:14.600
<v Speaker 3>icebergs typically begin as part of a glacier or a

0:22:14.600 --> 0:22:18.639
<v Speaker 3>polar ice sheet, which eventually breaks off in pieces and

0:22:18.680 --> 0:22:22.280
<v Speaker 3>floats away in the ocean. So it originally formed along

0:22:22.440 --> 0:22:25.320
<v Speaker 3>with the rest of the glacier. And the way that

0:22:25.359 --> 0:22:28.920
<v Speaker 3>forms is snow falls down from the sky, it piles up,

0:22:29.320 --> 0:22:32.920
<v Speaker 3>it gets compressed, and if it doesn't melt seasonally, more

0:22:33.119 --> 0:22:35.879
<v Speaker 3>snow falls on top of it and just keeps piling

0:22:35.960 --> 0:22:38.399
<v Speaker 3>up and getting more and more compressed until it forms

0:22:38.840 --> 0:22:42.679
<v Speaker 3>this solid chunk or sheet of ice. This process can

0:22:42.720 --> 0:22:46.760
<v Speaker 3>become cumulative over many snowfalls, many seasons, many years, and

0:22:46.800 --> 0:22:51.199
<v Speaker 3>eventually it forms this glacier, and then a piece of

0:22:51.240 --> 0:22:53.960
<v Speaker 3>this glacier or ice sheet can break off and float

0:22:53.960 --> 0:22:57.120
<v Speaker 3>away in the water. So what determines the difference in color, Well,

0:22:57.160 --> 0:23:00.960
<v Speaker 3>when you see a white iceberg, what you're seeing there,

0:23:00.960 --> 0:23:06.760
<v Speaker 3>apparently is the relatively uncompressed upper or outer layers of

0:23:06.840 --> 0:23:10.040
<v Speaker 3>the snowpack that is forming the ice on top of

0:23:10.080 --> 0:23:18.200
<v Speaker 3>it that relatively uncompressed snow contains lots of little imperfections

0:23:18.280 --> 0:23:22.240
<v Speaker 3>like air bubbles especially, and just lots of little reflective

0:23:22.280 --> 0:23:28.800
<v Speaker 3>surfaces within the relatively low density outer layers, and these

0:23:28.840 --> 0:23:33.560
<v Speaker 3>little imperfections and air bubbles and things tend to scatter light.

0:23:33.600 --> 0:23:38.040
<v Speaker 3>They reflect all frequencies of light equally, and of course

0:23:38.080 --> 0:23:41.200
<v Speaker 3>when you combine all colors of light, you get white light,

0:23:41.320 --> 0:23:44.399
<v Speaker 3>so that light bounces off and it appears white to

0:23:44.520 --> 0:23:48.160
<v Speaker 3>our eyes. But when you're making a glacier, as each

0:23:48.240 --> 0:23:51.720
<v Speaker 3>layer of ice becomes more deeply buried in a glacier

0:23:51.880 --> 0:23:55.600
<v Speaker 3>or iceberg, it gets pressed harder by the layers above.

0:23:55.720 --> 0:23:58.760
<v Speaker 3>Some new snowfalls, the ice load above it becomes heavier,

0:23:58.800 --> 0:24:02.760
<v Speaker 3>and the imperfection tend to get squeezed out, like air

0:24:02.800 --> 0:24:06.400
<v Speaker 3>bubbles get compressed and removed. The ice crystals that were

0:24:06.400 --> 0:24:10.959
<v Speaker 3>originally snowflakes get squeezed and they form larger crystals of

0:24:11.160 --> 0:24:14.680
<v Speaker 3>dense ice. So this dens or more compressed ice does

0:24:14.720 --> 0:24:19.320
<v Speaker 3>not reflect all frequencies of light equally. Instead, it starts

0:24:19.359 --> 0:24:22.800
<v Speaker 3>to behave in a different way. It absorbs some wavelengths,

0:24:22.880 --> 0:24:26.160
<v Speaker 3>especially longer wavelengths toward the red end of the spectrum

0:24:26.280 --> 0:24:30.159
<v Speaker 3>colors like red, orange, and yellow, whereas shorter wavelengths on

0:24:30.240 --> 0:24:33.800
<v Speaker 3>the green, blue, indigo, violet into the spectrum are less

0:24:33.880 --> 0:24:37.040
<v Speaker 3>likely to be absorbed and more likely to bounce back out.

0:24:37.280 --> 0:24:40.359
<v Speaker 3>So if you see an iceberg that looks opaque white

0:24:40.440 --> 0:24:44.240
<v Speaker 3>on the outside, it is probably covered with snow or

0:24:44.440 --> 0:24:48.439
<v Speaker 3>uncompressed surface ice, or ice that has been weathered and

0:24:48.520 --> 0:24:51.120
<v Speaker 3>scratched up in some way. If you see an iceberg

0:24:51.160 --> 0:24:55.880
<v Speaker 3>that looks a more cloudy blue, you're probably seeing the exposed,

0:24:56.040 --> 0:24:59.440
<v Speaker 3>compressed layers of ice from an older glacier or from

0:24:59.560 --> 0:25:04.560
<v Speaker 3>deep in inside the glacier formation. And sometimes icebergs also

0:25:04.600 --> 0:25:08.760
<v Speaker 3>look blue and a bit more translucenter even transparent when

0:25:08.800 --> 0:25:13.000
<v Speaker 3>they somehow capsize in the water, bringing up the smoother

0:25:13.200 --> 0:25:16.800
<v Speaker 3>blue portion that was once under the waterline. And there

0:25:16.800 --> 0:25:20.159
<v Speaker 3>are also some other formation methods for blue spectrum and

0:25:20.240 --> 0:25:25.840
<v Speaker 3>translucent bergs, and frankly, with these they look not only beautiful,

0:25:25.840 --> 0:25:29.440
<v Speaker 3>but downright shocking. Rob I've attached a couple of examples

0:25:29.800 --> 0:25:32.560
<v Speaker 3>for you to look at here, and it's almost beyond words.

0:25:33.160 --> 0:25:37.000
<v Speaker 1>Yeah, this looks like a potential fragment of an amazing

0:25:37.160 --> 0:25:41.280
<v Speaker 1>airbrush mural on the side of a Van from the

0:25:41.440 --> 0:25:45.240
<v Speaker 1>late seventies early eighties, that it is somehow ended up

0:25:45.280 --> 0:25:48.720
<v Speaker 1>in the Arctic. It's like it has that much. It's

0:25:48.760 --> 0:25:51.760
<v Speaker 1>like marbled looking as well, like it's just amazing.

0:25:52.520 --> 0:25:54.439
<v Speaker 3>Yeah, this is like held in the hand of an

0:25:54.480 --> 0:25:57.960
<v Speaker 3>airbrush wizard. I think, I don't know, breathing smoke on

0:25:58.040 --> 0:25:58.719
<v Speaker 3>it or something.

0:25:59.160 --> 0:25:59.840
<v Speaker 1>Yeah.

0:26:00.320 --> 0:26:03.479
<v Speaker 3>Now, to see ice really looking blue, you don't actually

0:26:03.520 --> 0:26:06.920
<v Speaker 3>have to look for an iceberg floating in the water

0:26:06.960 --> 0:26:10.360
<v Speaker 3>that has flipped over. Somehow. You can see this, for example,

0:26:10.480 --> 0:26:14.600
<v Speaker 3>in cracks and crevasses, in ice sheets and glaciers. I

0:26:14.680 --> 0:26:16.760
<v Speaker 3>dug up some pictures for you to look at here, Rob,

0:26:17.080 --> 0:26:18.600
<v Speaker 3>but if you look this up at home, you can

0:26:18.640 --> 0:26:21.920
<v Speaker 3>see it for yourself. Look up like glacier crevasse. Often

0:26:22.440 --> 0:26:24.840
<v Speaker 3>the way it will appear is that the top layer

0:26:25.440 --> 0:26:28.119
<v Speaker 3>is opaque white like we're used to seeing. You know,

0:26:28.119 --> 0:26:31.600
<v Speaker 3>where the snow has been piled on. But if you're

0:26:31.600 --> 0:26:35.680
<v Speaker 3>able to look down into the crack, you will see

0:26:36.000 --> 0:26:39.760
<v Speaker 3>progressively bluer and bluer shades, like the light coming out

0:26:39.840 --> 0:26:42.840
<v Speaker 3>is a deeper blue the deeper you go down. And

0:26:42.880 --> 0:26:46.640
<v Speaker 3>again this is a result of that ice being more compressed.

0:26:47.640 --> 0:26:49.800
<v Speaker 1>And the blue can look just quite dark to like

0:26:50.600 --> 0:26:54.560
<v Speaker 1>to the untrained eye, you would almost think artificially blue. Yeah, like,

0:26:54.640 --> 0:26:57.040
<v Speaker 1>what happened to this glacier? What kind of toilet water

0:26:58.280 --> 0:27:10.320
<v Speaker 1>was transformed into this glacier? Now?

0:27:10.680 --> 0:27:13.560
<v Speaker 3>I was reading about this in an article for Scientific

0:27:13.600 --> 0:27:18.200
<v Speaker 3>American by Catherine Wright called icebergs can be green, black, striped,

0:27:18.280 --> 0:27:22.159
<v Speaker 3>or even rainbow. And one of the things this article

0:27:22.520 --> 0:27:26.400
<v Speaker 3>mentions is it cites an expert named Daniella Janssen who

0:27:26.440 --> 0:27:30.159
<v Speaker 3>is a geophysicist at the Alfred Wegner Institute for Polar

0:27:30.160 --> 0:27:33.800
<v Speaker 3>and Marine Research in Germany, and this researcher talks about

0:27:33.840 --> 0:27:37.960
<v Speaker 3>a different iceberg formation process, which is the direct freezing

0:27:38.080 --> 0:27:42.600
<v Speaker 3>of sea water leading to the creation of marine ice. So,

0:27:42.640 --> 0:27:45.560
<v Speaker 3>according to Jansen, this kind of ice can build up

0:27:45.680 --> 0:27:49.600
<v Speaker 3>underneath ice shelves, and an ice shelf is where part

0:27:49.760 --> 0:27:53.919
<v Speaker 3>of a land based glacier extends past dry land and

0:27:54.080 --> 0:27:56.719
<v Speaker 3>juts out over the sea, So it's like a shelf

0:27:56.840 --> 0:28:01.320
<v Speaker 3>over the water. And under the ice shelves of Antarctica,

0:28:01.800 --> 0:28:06.720
<v Speaker 3>actual frozen seawater can agglomerate into formations that can eventually

0:28:06.760 --> 0:28:11.639
<v Speaker 3>become icebergs. Whereas the snow that falls layer by layer

0:28:11.680 --> 0:28:15.040
<v Speaker 3>and accumulates into a glacier on land is mostly pure water.

0:28:15.560 --> 0:28:18.520
<v Speaker 3>Ice that accumulates by the freezing of sea water, which

0:28:18.600 --> 0:28:22.200
<v Speaker 3>is more rare, comes with a lot of stuff in it.

0:28:22.640 --> 0:28:26.080
<v Speaker 3>So because it's seawater, right, so it can have mineral

0:28:26.280 --> 0:28:30.280
<v Speaker 3>dust and just you know, grains of rocks and various

0:28:30.400 --> 0:28:33.840
<v Speaker 3>kinds of minerals that can bring different colors to a

0:28:33.920 --> 0:28:36.720
<v Speaker 3>resulting iceberg that comes from the freezing of the seawater.

0:28:37.200 --> 0:28:39.479
<v Speaker 3>Maybe it has a lot of iron particles in it,

0:28:39.640 --> 0:28:45.240
<v Speaker 3>or maybe it has black looking you know, volcanic lava minerals.

0:28:46.200 --> 0:28:49.000
<v Speaker 3>It can also have a lot of dead stuff in it,

0:28:49.720 --> 0:28:54.000
<v Speaker 3>dead or living organic matter. And apparently marine ice that

0:28:54.120 --> 0:28:56.640
<v Speaker 3>forms this way out of seawater with a lot of

0:28:56.800 --> 0:29:01.040
<v Speaker 3>dead cells from organic matter can tend to be yellow

0:29:01.240 --> 0:29:04.200
<v Speaker 3>or green in color. And so if you're ever seeing

0:29:04.280 --> 0:29:10.000
<v Speaker 3>yellow or green icebergs, especially coming from around Antarctica, because

0:29:10.080 --> 0:29:13.440
<v Speaker 3>these types of marine ice iceberg, they tend to form

0:29:13.520 --> 0:29:16.080
<v Speaker 3>only in very cold conditions because again they have to

0:29:16.120 --> 0:29:19.240
<v Speaker 3>be formed out of seawater. Seawater, having greater salt content,

0:29:19.360 --> 0:29:23.040
<v Speaker 3>is harder to freeze than fresh water. So basically all

0:29:23.080 --> 0:29:26.480
<v Speaker 3>of this like multicolored ice made out of seawater only

0:29:26.480 --> 0:29:30.680
<v Speaker 3>forms around Antarctica. Anything from the Arctic North will typically

0:29:30.720 --> 0:29:35.640
<v Speaker 3>be white or blue. This marine ice that forms around

0:29:35.640 --> 0:29:40.440
<v Speaker 3>Antarctica sometimes has these like gross amazing you know, like

0:29:40.560 --> 0:29:45.360
<v Speaker 3>green jade or yellow death colors, and a lot of

0:29:45.360 --> 0:29:49.320
<v Speaker 3>this tends to be organic contaminants. Meanwhile, marine ice that

0:29:49.360 --> 0:29:53.000
<v Speaker 3>forms underneath these ice shelves but doesn't have much in

0:29:53.000 --> 0:29:56.120
<v Speaker 3>the way of contaminants tends to be very translucent or

0:29:56.120 --> 0:29:59.480
<v Speaker 3>even almost transparent, appearing you can see deep into it.

0:30:00.040 --> 0:30:02.760
<v Speaker 3>This is where you get these these strange looking bergs

0:30:02.760 --> 0:30:05.480
<v Speaker 3>that are almost as clear as glass and a very

0:30:05.600 --> 0:30:08.600
<v Speaker 3>dark color, almost a deep blue or even a black.

0:30:08.960 --> 0:30:12.240
<v Speaker 3>You can also get striped icebergs, and this happens when

0:30:12.240 --> 0:30:14.880
<v Speaker 3>you have an ice shelf hanging out over the ocean

0:30:14.920 --> 0:30:20.080
<v Speaker 3>and cracks form along the submerged portion, and these areas

0:30:20.120 --> 0:30:23.440
<v Speaker 3>can flood with seawater, forming stripes of different colors and

0:30:23.520 --> 0:30:27.160
<v Speaker 3>opacity than the surrounding ice. So maybe you've got some

0:30:27.400 --> 0:30:30.400
<v Speaker 3>ice that's you know, the regular sort of blue ice,

0:30:30.800 --> 0:30:34.000
<v Speaker 3>and then it fills in with some marine ice from

0:30:34.040 --> 0:30:36.600
<v Speaker 3>seawater that had a bunch of dead organic matter in it,

0:30:36.640 --> 0:30:39.320
<v Speaker 3>so it might have like stripes of yellow or stripes

0:30:39.360 --> 0:30:43.479
<v Speaker 3>of green. But I want to move on to another

0:30:43.560 --> 0:30:51.240
<v Speaker 3>iceberg related topic, which is icebergs beyond Earth. So you

0:30:51.320 --> 0:30:53.880
<v Speaker 3>might kind of wonder, well, how could that even be possible,

0:30:53.960 --> 0:30:57.240
<v Speaker 3>because we know that Earth is the only planet in

0:30:57.280 --> 0:31:00.320
<v Speaker 3>the Solar System with liquid water oceans on the surface.

0:31:00.400 --> 0:31:03.720
<v Speaker 3>Other planets may have had them long ago in the past,

0:31:03.800 --> 0:31:08.400
<v Speaker 3>but not today. We do know that there are some

0:31:08.400 --> 0:31:10.760
<v Speaker 3>some other objects, some moons in the Solar System that

0:31:10.800 --> 0:31:14.960
<v Speaker 3>have liquid oceans underneath the surface, like Jupiter's moon Europa.

0:31:15.480 --> 0:31:18.440
<v Speaker 3>But there is one other object in the Solar System

0:31:18.760 --> 0:31:22.840
<v Speaker 3>that does have liquid seas and lakes and rivers on

0:31:22.880 --> 0:31:26.440
<v Speaker 3>its surface, though they are not made out of water.

0:31:26.880 --> 0:31:31.200
<v Speaker 3>That space object is Saturn's moon Titan, which is Saturn's

0:31:31.320 --> 0:31:33.920
<v Speaker 3>largest moon, the second largest moon in the whole Solar

0:31:33.920 --> 0:31:37.400
<v Speaker 3>System after Jupiter's Ganymede, and the only moon in the

0:31:37.440 --> 0:31:41.760
<v Speaker 3>Solar System with a dense atmosphere, which is made mostly

0:31:41.800 --> 0:31:46.120
<v Speaker 3>of nitrogen and is in fact extremely thick. The atmospheric

0:31:46.160 --> 0:31:49.120
<v Speaker 3>pressure on the surface of Titan is about fifty or

0:31:49.160 --> 0:31:53.240
<v Speaker 3>sixty percent greater than the pressure at sea level on Earth.

0:31:53.400 --> 0:31:57.280
<v Speaker 3>So one comparison I've come across is that just standing

0:31:57.400 --> 0:32:01.560
<v Speaker 3>in the air on the surface of Titan would feel

0:32:01.640 --> 0:32:03.360
<v Speaker 3>kind of like it would be a level of pressure

0:32:03.440 --> 0:32:07.520
<v Speaker 3>similar to being fifteen meters or fifty feet underwater on Earth.

0:32:07.960 --> 0:32:12.560
<v Speaker 3>Oh wow, that's thick. Titan is also extremely cold, with

0:32:12.600 --> 0:32:15.440
<v Speaker 3>an average surface temperature of one hundred and eighty three

0:32:16.040 --> 0:32:18.800
<v Speaker 3>of a negative one hundred and eighty three degrees celsius

0:32:19.200 --> 0:32:22.960
<v Speaker 3>or negative two hundred and ninety seven degrees fahrenheit. That's

0:32:23.040 --> 0:32:26.160
<v Speaker 3>really cold. Of course, that is too cold to support

0:32:26.280 --> 0:32:28.520
<v Speaker 3>liquid water on the surface. It is not going to

0:32:28.560 --> 0:32:33.640
<v Speaker 3>have water oceans. But nevertheless, Titan does have large stable

0:32:33.800 --> 0:32:38.120
<v Speaker 3>systems of rivers, lakes, and seas made out of not water,

0:32:38.640 --> 0:32:45.760
<v Speaker 3>but liquid hydrocarbons, especially liquid methane, ethane, and some liquid nitrogen.

0:32:46.160 --> 0:32:48.760
<v Speaker 3>So methane is a hydrocarbon that we know here on

0:32:48.800 --> 0:32:52.720
<v Speaker 3>Earth as well chemical formula H four. On Earth, it's

0:32:52.760 --> 0:32:55.800
<v Speaker 3>pretty much always in the form of a gas. Ethane,

0:32:55.880 --> 0:33:00.560
<v Speaker 3>another hydrocarbon, is C two H six, and together methane

0:33:00.560 --> 0:33:05.120
<v Speaker 3>and ethane contribute to a kind of atmospheric chemical cycle

0:33:05.240 --> 0:33:09.000
<v Speaker 3>on Titan that has some resemblances to but also some

0:33:09.080 --> 0:33:13.400
<v Speaker 3>differences from the water cycle on Earth. So, like methane

0:33:13.440 --> 0:33:17.840
<v Speaker 3>is released apparently from deep inside the interior of Titan,

0:33:18.800 --> 0:33:22.160
<v Speaker 3>and then it forms a sort of weather system. It

0:33:22.200 --> 0:33:25.840
<v Speaker 3>gets broken down by sunlight in the upper atmosphere and

0:33:25.960 --> 0:33:29.280
<v Speaker 3>there are there is some kind of methane or methane

0:33:30.080 --> 0:33:34.680
<v Speaker 3>downstream product weather system where you know, these these organic

0:33:34.760 --> 0:33:38.880
<v Speaker 3>molecules fall down from above, so you get like rains

0:33:38.920 --> 0:33:43.560
<v Speaker 3>and snows that have these hydrocarbon features. So one of

0:33:43.600 --> 0:33:48.480
<v Speaker 3>the consequences of this wet hydrocarbon environment is a surface

0:33:48.600 --> 0:33:52.680
<v Speaker 3>with snaking rivers and massive lakes of liquid hydrocarbons, especially

0:33:52.760 --> 0:33:57.840
<v Speaker 3>clustered around the Moon's polar regions. So the three largest

0:33:57.920 --> 0:34:01.720
<v Speaker 3>of these hydrocarbon seas in order of are Kraken, mare

0:34:02.320 --> 0:34:06.840
<v Speaker 3>Lygia Mara, and Punga Mara, which are all situated around

0:34:06.840 --> 0:34:10.080
<v Speaker 3>the Moon's north pole. Mythology notes, by the way, I

0:34:10.120 --> 0:34:13.320
<v Speaker 3>think we know the kraken, but the Punga is the

0:34:13.440 --> 0:34:16.279
<v Speaker 3>name of a being in Maori mythology who is a

0:34:16.440 --> 0:34:21.560
<v Speaker 3>son of the sea deity Tangaroa, but also the father

0:34:21.719 --> 0:34:26.680
<v Speaker 3>of all creatures considered strange and ugly, including lizards and sharks.

0:34:27.360 --> 0:34:30.600
<v Speaker 3>Ligia was the name was a name that appeared in

0:34:30.640 --> 0:34:34.720
<v Speaker 3>Greek mythology in multiple contexts, but always associated with minor

0:34:34.800 --> 0:34:38.919
<v Speaker 3>sea deities like the Nereids or the Sirens, and also

0:34:39.120 --> 0:34:42.800
<v Speaker 3>in a creepy Edgar Allan Poe short story where I

0:34:43.800 --> 0:34:47.279
<v Speaker 3>think the deal is Ligia was the narrator's wife and

0:34:47.320 --> 0:34:49.480
<v Speaker 3>she died, and then he marries another woman and then

0:34:49.520 --> 0:34:52.080
<v Speaker 3>she dies but then resurrects from the dead as his

0:34:52.160 --> 0:34:53.280
<v Speaker 3>first wife, Ligia.

0:34:53.880 --> 0:34:55.760
<v Speaker 1>This would be the tomb of Ligia, right.

0:34:56.680 --> 0:34:58.680
<v Speaker 3>I think so. And that's the one that has the

0:34:58.719 --> 0:35:00.400
<v Speaker 3>poem the Conqueror Worm.

0:35:00.680 --> 0:35:04.080
<v Speaker 1>Yeah. Yeah. And there was a Vincent Price adaptation of

0:35:04.120 --> 0:35:05.960
<v Speaker 1>this one to some time. Yeah. Yeah.

0:35:06.239 --> 0:35:10.040
<v Speaker 3>So anyway, you've got these Maria, these these seas or lakes,

0:35:10.480 --> 0:35:12.319
<v Speaker 3>I don't know what the you know, whether you want

0:35:12.360 --> 0:35:14.840
<v Speaker 3>to call them sees or lakes. The biggest one, I

0:35:14.840 --> 0:35:17.799
<v Speaker 3>think has been compared roughly to the size of the

0:35:17.840 --> 0:35:21.719
<v Speaker 3>Caspian Sea on Earth. I think, Likegia Mara I've seen

0:35:21.800 --> 0:35:25.600
<v Speaker 3>compared roughly to the size of Lake Superior. But whatever,

0:35:25.719 --> 0:35:29.560
<v Speaker 3>however we classify them. These bodies of liquid hydrocarbons on

0:35:29.760 --> 0:35:35.279
<v Speaker 3>Titan were documented extensively through radar imaging carried out by

0:35:35.360 --> 0:35:39.000
<v Speaker 3>the Cassini mission orbiter over a period of many years

0:35:39.080 --> 0:35:42.080
<v Speaker 3>in the in the two thousands, and twenty tens. So

0:35:42.200 --> 0:35:44.800
<v Speaker 3>I wanted to zoom in on some of these different

0:35:44.840 --> 0:35:48.960
<v Speaker 3>radar images of Legimra, the second largest sea on Titan,

0:35:49.880 --> 0:35:53.320
<v Speaker 3>and these photos were taken at intervals between two thousand

0:35:53.320 --> 0:35:56.520
<v Speaker 3>and seven and twenty fifteen. Rob, I've got these for

0:35:56.600 --> 0:36:00.800
<v Speaker 3>you to look at here. So what we see appears

0:36:00.880 --> 0:36:04.440
<v Speaker 3>to be a sort of flower shaped peninsula of land

0:36:04.680 --> 0:36:08.400
<v Speaker 3>jutting out into the sea and off of one of

0:36:08.440 --> 0:36:13.080
<v Speaker 3>the petals of this flower of land. There is a mystery.

0:36:13.120 --> 0:36:15.560
<v Speaker 3>In the image from two thousand and seven, the land

0:36:15.840 --> 0:36:18.799
<v Speaker 3>terminates and there's just nothing but dark lake beyond it.

0:36:19.440 --> 0:36:23.560
<v Speaker 3>Then in an image from twenty thirteen, suddenly there is

0:36:23.640 --> 0:36:27.520
<v Speaker 3>what appears to be an island off the same coastal feature.

0:36:28.480 --> 0:36:32.320
<v Speaker 3>Then in another image from twenty fourteen, the island seems

0:36:32.360 --> 0:36:36.000
<v Speaker 3>to have faded into just a wisp of discoloration, something

0:36:36.040 --> 0:36:38.800
<v Speaker 3>that looks like it could be you know, I'm using

0:36:38.960 --> 0:36:40.960
<v Speaker 3>too much of an Earth analogy here, but it looks

0:36:40.960 --> 0:36:42.560
<v Speaker 3>like it could be like an atoll, or like a

0:36:42.600 --> 0:36:47.760
<v Speaker 3>bank of shallows. And then by twenty fifteen, the island

0:36:47.800 --> 0:36:51.840
<v Speaker 3>has vanished completely and only the dark liquid remains once more.

0:36:52.480 --> 0:36:56.280
<v Speaker 3>What the heck or how is the topography of Titan

0:36:56.440 --> 0:37:00.480
<v Speaker 3>changing like that are islands appearing and disappearing on this

0:37:00.560 --> 0:37:04.680
<v Speaker 3>alien c So these types of anomalies have been referred

0:37:04.719 --> 0:37:07.720
<v Speaker 3>to in the press as the magic islands of Titan,

0:37:07.880 --> 0:37:11.520
<v Speaker 3>since they seem to appear and disappear when we're not looking,

0:37:12.560 --> 0:37:15.160
<v Speaker 3>and it's still not known for sure what they are,

0:37:15.200 --> 0:37:19.280
<v Speaker 3>but there are some ideas, some proposals. You would need

0:37:19.600 --> 0:37:22.799
<v Speaker 3>something that would be present long enough to have a

0:37:22.840 --> 0:37:26.400
<v Speaker 3>reasonable chance of being caught in images taken by the orbiter,

0:37:27.040 --> 0:37:31.240
<v Speaker 3>but also something that would disappear completely within a couple

0:37:31.239 --> 0:37:35.880
<v Speaker 3>of years. So there have been various suggestions, including floating

0:37:36.000 --> 0:37:40.359
<v Speaker 3>hydrocarbon solids like particles that have fallen from the atmosphere,

0:37:40.400 --> 0:37:43.160
<v Speaker 3>maybe a sort of carbon based dust floating on the lake,

0:37:43.880 --> 0:37:48.319
<v Speaker 3>or perhaps massive upwellings of nitrogen gas bubbles appearing as

0:37:48.320 --> 0:37:51.719
<v Speaker 3>bright spots on the radar image. But just recently in

0:37:51.800 --> 0:37:56.720
<v Speaker 3>January twenty twenty four, a group of researchers suggested another possibility,

0:37:57.120 --> 0:38:04.560
<v Speaker 3>which is hydrocarbon icebergs, basically pourous honeycomb like frozen masses

0:38:04.600 --> 0:38:08.879
<v Speaker 3>of hydrocarbons. So the paper in question here is by

0:38:09.239 --> 0:38:16.040
<v Speaker 3>zenting Uau, Julia Garver, Xi Jiang and Patricia Migugen. It's

0:38:16.080 --> 0:38:18.840
<v Speaker 3>called the Fate of simple organics on Titan's surface, a

0:38:18.920 --> 0:38:24.640
<v Speaker 3>theoretical perspective published in Geophysical Research Letters. So the authors

0:38:24.680 --> 0:38:27.319
<v Speaker 3>here are saying, in the atmosphere of Titan, you've got

0:38:27.320 --> 0:38:32.280
<v Speaker 3>these simple compounds like methane that get broken down, maybe

0:38:32.280 --> 0:38:36.600
<v Speaker 3>by exposure to sunlight, and they recombine and end up

0:38:36.719 --> 0:38:41.640
<v Speaker 3>transformed into bigger, more complex organic molecules. And many of

0:38:41.680 --> 0:38:45.040
<v Speaker 3>these carbon based compounds freeze solid and fall to the surface.

0:38:46.120 --> 0:38:49.880
<v Speaker 3>Now what happens when these hydrocarbon ices fall on the

0:38:49.920 --> 0:38:53.480
<v Speaker 3>surface of Titan's lakes. It seems that most of them

0:38:53.800 --> 0:38:57.040
<v Speaker 3>probably sync to the bottom, becoming new layers of lake

0:38:57.120 --> 0:39:02.880
<v Speaker 3>bed sediment. Because remember it's peculiar to water that frozen

0:39:02.920 --> 0:39:06.320
<v Speaker 3>water floats on the surface of liquid water. Most frozen

0:39:06.360 --> 0:39:09.520
<v Speaker 3>solids increase in density and would be likely to sink

0:39:09.560 --> 0:39:14.040
<v Speaker 3>in liquid, but not all frozen hydrocarbons would sink. The

0:39:14.120 --> 0:39:19.200
<v Speaker 3>author's right quote, imagine a sponge full of holes. If

0:39:19.200 --> 0:39:21.680
<v Speaker 3>the solids are like this, with twenty five percent to

0:39:21.800 --> 0:39:25.600
<v Speaker 3>sixty percent of their volume being empty space, they can float.

0:39:26.280 --> 0:39:30.319
<v Speaker 3>Some solids, like hydrogen cyanide ice can also float due

0:39:30.400 --> 0:39:34.080
<v Speaker 3>to surface tension effects, and I was reading. In a

0:39:34.120 --> 0:39:39.239
<v Speaker 3>press release, the lead author UT San Antonio planetary scientist

0:39:39.600 --> 0:39:43.640
<v Speaker 3>Zinting Yu has compared these icebergs to the way that

0:39:43.800 --> 0:39:47.880
<v Speaker 3>porous volcanic pummice can float on the surface of oceans

0:39:47.880 --> 0:39:52.239
<v Speaker 3>on Earth before eventually becoming saturated and sinking. So in

0:39:52.280 --> 0:39:55.800
<v Speaker 3>this paper, the authors created a model of how various

0:39:55.840 --> 0:39:59.560
<v Speaker 3>materials would behave on the lake surface, and they concluded

0:39:59.800 --> 0:40:03.080
<v Speaker 3>that it wouldn't work unless conditions were just right. But

0:40:03.160 --> 0:40:05.239
<v Speaker 3>if they were right, it would work. You could have

0:40:05.360 --> 0:40:10.000
<v Speaker 3>these floating icebergs of hydrocarbons. So to read from the

0:40:10.040 --> 0:40:14.879
<v Speaker 3>press release summary, quote used modeling suggested individual clumps are

0:40:14.920 --> 0:40:18.600
<v Speaker 3>likely too small to float by themselves, but if enough

0:40:18.680 --> 0:40:22.640
<v Speaker 3>clumps mass together near the shore, larger pieces could break

0:40:22.719 --> 0:40:26.960
<v Speaker 3>off and float away, similar to how glaciers calve on

0:40:27.120 --> 0:40:32.000
<v Speaker 3>Earth calving. They're referring to yeah parts of a glacier

0:40:32.000 --> 0:40:36.080
<v Speaker 3>breaking off and falling into the water. The press release continues,

0:40:36.080 --> 0:40:39.480
<v Speaker 3>with a combination of a bigger size and the right porosity,

0:40:39.840 --> 0:40:44.520
<v Speaker 3>these organic glaciers could explain the magic island phenomenon. So

0:40:44.680 --> 0:40:47.719
<v Speaker 3>the issue is not settled. This is yet another proposal

0:40:47.800 --> 0:40:51.600
<v Speaker 3>for what it could be to explain these magic islands

0:40:51.640 --> 0:40:53.920
<v Speaker 3>in the radar images. But I kind of hope this

0:40:54.000 --> 0:40:57.040
<v Speaker 3>explanation has proven right because I love the idea of

0:40:57.080 --> 0:41:01.799
<v Speaker 3>icebergs on Titan. Maybe that would like warn us away

0:41:01.800 --> 0:41:04.400
<v Speaker 3>from the humorous of trying to launch a Titanic on

0:41:04.480 --> 0:41:08.040
<v Speaker 3>the lakes of Titan. I don't know, But then again,

0:41:08.080 --> 0:41:10.680
<v Speaker 3>I guess if they're very porous and honeycomb like, maybe

0:41:10.719 --> 0:41:13.000
<v Speaker 3>they wouldn't or represent much of a threat to boat.

0:41:13.080 --> 0:41:13.720
<v Speaker 3>So I'm not sure.

0:41:15.400 --> 0:41:18.480
<v Speaker 1>Well, this is this is fascinating. Yeah, I had not

0:41:18.560 --> 0:41:22.040
<v Speaker 1>thought about you know, obviously the topic of ice and

0:41:22.920 --> 0:41:27.640
<v Speaker 1>oceans and water on other worlds and moons within our

0:41:27.840 --> 0:41:30.240
<v Speaker 1>Solar system has coming before, but I had not looked

0:41:30.239 --> 0:41:36.239
<v Speaker 1>at this idea of giant honeycomb glaciers. Potentially this is

0:41:36.480 --> 0:41:40.440
<v Speaker 1>This is fascinating, But to be clear, not an alien

0:41:40.480 --> 0:41:41.000
<v Speaker 1>space ship.

0:41:41.440 --> 0:41:43.200
<v Speaker 3>No reason to think so. I think we would we

0:41:43.239 --> 0:41:47.640
<v Speaker 3>would exhaust the I don't know, planetary science explanations before

0:41:47.680 --> 0:41:49.799
<v Speaker 3>turning to alien technology.

0:41:50.400 --> 0:41:53.200
<v Speaker 1>It's probably telling that the press latched onto the term

0:41:53.239 --> 0:41:58.319
<v Speaker 1>magic islands yet like it kind of maybe even too

0:41:58.360 --> 0:42:00.160
<v Speaker 1>much of a stretch to say, is this is this

0:42:00.239 --> 0:42:03.800
<v Speaker 1>is an alien spaceship? Now at best Magic Island.

0:42:04.320 --> 0:42:07.000
<v Speaker 3>Well, I have no inclination to think it's the spaceship,

0:42:07.000 --> 0:42:09.239
<v Speaker 3>but I still do find that just the idea of

0:42:09.880 --> 0:42:12.960
<v Speaker 3>surface features appearing and disappearing on the Lakes of Titan

0:42:13.120 --> 0:42:15.319
<v Speaker 3>very very spooky and fascinating.

0:42:15.719 --> 0:42:18.560
<v Speaker 1>Absolutely, all right, well, we're gonna go ahead and close

0:42:18.560 --> 0:42:22.040
<v Speaker 1>out this episode. Obviously there's there's so much more regarding

0:42:22.080 --> 0:42:26.200
<v Speaker 1>ice we could cover. I don't we haven't decided yet.

0:42:26.239 --> 0:42:28.319
<v Speaker 1>If we're doing a third ice episode, we may go

0:42:28.360 --> 0:42:30.759
<v Speaker 1>on to some other topic. But potentially we could come

0:42:30.760 --> 0:42:32.640
<v Speaker 1>back to ice in the future if that's the case,

0:42:32.680 --> 0:42:36.160
<v Speaker 1>because just in Lopez's book, I mean, he has whole

0:42:36.200 --> 0:42:38.960
<v Speaker 1>stretches where he's talking about like different types of ice

0:42:39.080 --> 0:42:42.920
<v Speaker 1>and the behavior of ice, and when of course indigenous

0:42:43.640 --> 0:42:47.960
<v Speaker 1>beliefs and traditions concerning ice. There's a lot we could cover.

0:42:48.200 --> 0:42:50.439
<v Speaker 1>And and likewise, we know a lot of you out there.

0:42:50.480 --> 0:42:54.040
<v Speaker 1>You have direct experience with ice in ways that we don't.

0:42:54.080 --> 0:42:56.719
<v Speaker 1>You may have takes on some of the things we've

0:42:56.719 --> 0:43:00.520
<v Speaker 1>discussed here, observations, traditions, et cetera. We would love to

0:43:00.600 --> 0:43:03.080
<v Speaker 1>hear from you. Just a reminder that stuff to blow

0:43:03.080 --> 0:43:06.320
<v Speaker 1>your mind is primarily a science podcast with core episodes

0:43:06.320 --> 0:43:08.879
<v Speaker 1>publishing on Tuesdays and Thursdays, and the stuff to blow

0:43:08.920 --> 0:43:12.120
<v Speaker 1>your own podcast feed listener mail on Monday's, a short

0:43:12.160 --> 0:43:15.520
<v Speaker 1>form episode on Wednesdays, and on Fridays, we set aside

0:43:15.520 --> 0:43:17.680
<v Speaker 1>most serious concerns to just talk about a weird movie

0:43:17.719 --> 0:43:22.359
<v Speaker 1>on Weird House Cinema. I want to thank everyone who

0:43:22.400 --> 0:43:25.520
<v Speaker 1>has jumped in and given us some stars and some

0:43:25.640 --> 0:43:28.799
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0:43:28.840 --> 0:43:31.400
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0:43:31.440 --> 0:43:35.279
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0:43:35.320 --> 0:43:37.560
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0:43:47.360 --> 0:43:52.239
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0:43:52.280 --> 0:43:55.280
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0:43:55.320 --> 0:43:57.880
<v Speaker 1>you'd like to hear covered, or topics you enjoyed and

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0:44:00.320 --> 0:44:01.960
<v Speaker 1>email is the way to get in touch with us,

0:44:02.239 --> 0:44:03.920
<v Speaker 1>and Joe will have that email address for you in

0:44:03.960 --> 0:44:04.839
<v Speaker 1>just a second.

0:44:04.520 --> 0:44:08.640
<v Speaker 3>Here, right, Huge, thanks as always to our excellent audio

0:44:08.640 --> 0:44:11.600
<v Speaker 3>producer JJ Posway. If you would like to get in

0:44:11.640 --> 0:44:14.000
<v Speaker 3>touch with us with feedback on this episode or any other,

0:44:14.160 --> 0:44:16.200
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0:44:16.239 --> 0:44:19.440
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0:44:19.480 --> 0:44:28.720
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0:44:28.800 --> 0:44:31.719
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